NTNUJAVA Virtual Physics Laboratory Enjoy the fun of physics with simulations! Backup site http://enjoy.phy.ntnu.edu.tw/ntnujava/ ![]() |
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January 16, 2021, 10:11:42 am
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Electric field distribution of a parallel-plate capacitor | concord | 3 | 19190 |
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Bean machine | concord | 2 | 7896 |
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How chemical reactions happen | concord | 4 | 13774 |
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Brownian motion | concord | 2 | 13225 |
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Greenhouse gas dynamics | concord | 3 | 8536 |
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gas law | dailyxe | 0 | 660 |
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DNA hybridization and Southern blot | concord | 2 | 13802 |
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A quantum particle in a circular container | concord | 1 | 5024 |
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How can I use (download) the software and applets Offline? | zen69 | 3 | 14176 |
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Chemical bonding | concord | 2 | 14500 |
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Interactive heat transfer simulations for solar houses | concord | 8 | 64718 |
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Physics in action at different scales | concord | 2 | 17148 |
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Energy2D: Online Interactive Computational Fluid Dynamics at Your Fingertips | concord | 3 | 14001 |
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A pendulum connected to a spring | concord | 2 | 15946 |
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Quantum tunneling | concord | 5 | 18221 |
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Maxwell speed distribution law | concord | 3 | 18817 |
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Transistors | concord | 0 | 6092 |
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Water wheel | concord | 2 | 16421 |
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Energy transfer of a conveyor belt | concord | 1 | 13587 |
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Scan tunneling microscopy | concord | 0 | 4583 |
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Low-energy electron diffraction | concord | 0 | 7913 |
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Quantum corrals | concord | 0 | 4156 |
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An electronic star coupler | concord | 0 | 4215 |
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Quantum motion in a magnetic field | concord | 0 | 5061 |
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Electron-nucleus interactions | concord | 0 | 4886 |
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A particle in a rectangular container | concord | 2 | 5993 |
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A quantum particle in an elliptical container | concord | 0 | 4208 |
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Electron diffraction through a double-slit pane | concord | 0 | 6528 |
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Electron diffraction through a single-slit pane | concord | 0 | 6820 |
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Quantum tunneling effect (2D) | concord | 0 | 7810 |
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Crystal physics- Diamond structure | shweta | 2 | 13212 |
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Radiationless quantum transitions | concord | 0 | 4549 |
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Radioactive quantum transitions | concord | 0 | 4551 |
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Quantum harmonic oscillator | concord | 0 | 6757 |
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Dainty walker | concord | 0 | 11669 |
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Cyclotron | concord | 0 | 11490 |
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Charging your hair | concord | 0 | 6782 |
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Wave on a string | concord | 0 | 6432 |
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Electroscopes | concord | 0 | 6822 |
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A rotating drum mixer | concord | 0 | 8217 |
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An inverse pendulum on an oscillatory base | concord | 0 | 8594 |
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Cycloid, hypocycloid and epicycloid | concord | 0 | 10702 |
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A pump jack | concord | 0 | 9427 |
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An undershot water wheel | concord | 0 | 7790 |
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An overshot water wheel | concord | 0 | 6661 |
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Converting rotary motion into waves | concord | 0 | 5582 |
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A bike | concord | 0 | 5808 |
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Dam collapsing | concord | 0 | 5808 |
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Pouring liquid | concord | 0 | 6316 |
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Hourglass | concord | 0 | 5658 |
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Conservation of momentum | concord | 0 | 9938 |
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A three-arm Geneva gear drive | concord | 0 | 9978 |
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Drafting machine | concord | 0 | 6816 |
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Water pump | concord | 0 | 13496 |
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Stamping machine | concord | 0 | 6535 |
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Block feeder | concord | 0 | 5908 |
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Straight-line mechanisms | concord | 0 | 8214 |
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Experiencing molecular motion from inside a gas | concord | 0 | 9199 |
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Flying in the molecular world: new functionalities added to Molecular Workbench | concord | 0 | 8399 |
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Pressure Conveyance Through Fluids | concord | 0 | 6383 |
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Interaction Between Charged Balloon and Wall | concord | 0 | 7598 |
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Biomolecular conformations: The effect of shapes and charges | concord | 0 | 5730 |
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Reverse micelle | concord | 0 | 7693 |
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Nailing down | concord | 0 | 5362 |
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Water molecules moving through nanotubes | concord | 0 | 5957 |
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Adsorption of a carbon nanotube on gold surface | concord | 0 | 6269 |
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The collision between a buckyball and a xeon atom | concord | 0 | 6334 |
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The tango of benzene molecules under van der Waals forces | concord | 0 | 6333 |
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Stereochemistry of ethane | concord | 0 | 6041 |
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A suspension bridge | concord | 0 | 7151 |
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Shock waves | concord | 0 | 15152 |
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Pascal | concord | 0 | 14053 |
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Archimedes | concord | 0 | 10662 |
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Molecular crystals | concord | 0 | 12552 |
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Virtual experiments on gases | concord | 0 | 12003 |
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Molecular conveyor belt | concord | 0 | 14317 |
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Molecular sorter | concord | 0 | 12854 |
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Molecular planetary gears (updated 03/31/2006) | concord | 1 | 16780 |
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Light-matter interactions | concord | 0 | 12534 |
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A hypothetical machine to operate at nanoscale | concord | 0 | 13037 |
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Nano machines | concord | 0 | 11531 |
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Three parallel gears | concord | 0 | 12059 |
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A nano differential gear | concord | 0 | 10993 |
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Simulation of a tank moving on a caterpillar track | concord | 0 | 13725 |
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Weight balance on a pulley | concord | 0 | 14443 |
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Chemical reaction equilibrium | concord | 0 | 13874 |
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Comparison between liquid and solid | concord | 1 | 11821 |
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Comparison between gas and liquid | concord | 0 | 10172 |
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Dissolving salt | concord | 0 | 10050 |
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Gas laws | concord | 0 | 10051 |
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Intermolecular forces | concord | 0 | 11652 |
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Biological manufacturing: self-assembly | concord | 0 | 9063 |
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From DNA to proteins | concord | 0 | 9158 |
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Enzyme Linked Immunosorbent Assay (ELISA) | concord | 0 | 10254 |
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Diffusion and osmosis | concord | 0 | 14205 |
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Tree of life: Zooming into biomolecules | concord | 0 | 10857 |
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Material strength: a free-fall experiment | concord | 0 | 11480 |
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Material strength: an impact experiment | concord | 0 | 9951 |
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Bohr's atomic model | concord | 0 | 11406 |
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A suspended rope | concord | 0 | 9547 |
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Pendulm, slider and spring | concord | 0 | 9155 |
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Free fall of two masses linked by a spring | concord | 0 | 10397 |
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Three masses linked by two springs | concord | 0 | 11083 |
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A mass hung on a spring | concord | 0 | 10002 |
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An introduction to X-ray crystallography | concord | 0 | 9973 |
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Visualizing electric field | concord | 0 | 11775 |
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Double pendulum | concord | 0 | 11440 |
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Pendulum experiment | concord | 0 | 15022 |
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Slider-crank mechanism | concord | 0 | 17960 |
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Newton | concord | 0 | 11494 |
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